Skip to content

2. Computer Aided Design

For the 3D design, first we are going to start from our concept in a 2D drawing, we are going to draw and then capture these measurements in our example. As a control box for irrigation system.

item Activity Status
task 1 Modelled experimental objects/part of a possible project in 2D and 3D software DONE
task 2 Shown how you did it with words/images/screenshots DONE
task 3 Documented how you compressed your image and video files DONE
task 4 Included your original design DONE

2D design sketch.

Before we can start with a digital sketch, we use a freehand sketch to understand a little about the shape and construction process of our 2D digital design, in order to later digitize it in a three-dimensional environment. These include side and front views with reference dimensions.

Our samples taken as reference are:

2D model description

The 2D design phase is simply in a dogital plane, with X-Y axes. For this we are supported by INVENTOR, with the new part and sketch tool.

3D model description

Now the digitization process starts from the initial sketch, the 2D digital drawing at the time of performing certain operations; to take the shape we want. We also continue with the AUTODESK INVENTOR software.

Image and video Compression

To reduce the size and therefore the weight of files like images and videos, I turned to a very useful software called FormatFactory that I’ve been using for many years. I’ll give you the steps to use it; it’s very easy.

NOTE: Apply similar steps for video reduction, only we select the “VIDEO” option and also configure the sizes so that everything is correct.

LEARNING, FINDING AND LESSONS

Learning about the design task, freehand drawings help a lot but we must respect the measurements and at least the tolerances in the pieces that may be part of some other element that is complementary to this one. Also, if we do not have any software that can help, we can resort to online software such as ONSHAPE, it is viable.


Last update: March 13, 2025